The discussion revolves around the behavior of photons being reflected between two horizontal sheets in a gap smaller than the wavelength of the light. Participants explore the implications of this scenario, particularly in relation to concepts such as cavity radiation and wave propagation in constrained spaces.
Participants express differing views on the implications of reflecting light in small gaps, with some agreeing on the relevance of cavity radiation while others focus on the behavior of specific wavelengths like radio waves. The discussion remains unresolved regarding the exact nature of light behavior in this context.
The discussion includes assumptions about the nature of light and the definitions of cavity radiation, as well as the conditions under which different types of wave propagation may occur. There are unresolved aspects regarding the mathematical treatment of the scenarios presented.
Radio waves have a long wavelength. Nothing special happens when they get reflected.Elbraido said:Summary:: What happens when light doesn't have the space to complete a cycle?
Hi thereLet’s consider a photon of wavelength λ is being reflected across of gap d meters. The photon is a reflected back and forth between the same points on two horizontal sheets that reflect 100% of the light. What happens when the distance is smaller than wavelength?
Thanks
Elbraido said:What happens when the distance is smaller than wavelength?
PeroK said:Radio waves have a long wavelength. Nothing special happens when they get reflected.
PeterDonis said:It can't be. What you are describing is cavity radiation. The size of the cavity restricts the possible wavelengths of the radiation inside it.